OVHcloud has disclosed 110 megawatts of spare grid-connected power capacity that could support further cloud and artificial intelligence infrastructure expansion without immediately building new data-center sites. The French cloud provider revealed the figures on October 20, 2026, alongside its annual financial results.
The company has 250MW of connected electrical capacity across its infrastructure, of which 140MW is currently in operation. The remaining 110MW represents approximately 44% of its connected total, giving OVHcloud a potentially valuable infrastructure advantage as electricity availability becomes a major constraint on new cloud and AI projects.
Key distinction: OVHcloud’s 110MW of spare connected power is not the same as 110MW of installed servers or immediately available GPU computing capacity. Additional equipment and commissioning may still be required.
- OVHcloud Power Capacity: 250MW Connected, 140MW in Operation
- Why Connected Electricity Is Becoming a Competitive Advantage
- 110MW of Power Does Not Equal 110MW of AI Compute
- AI and Public Cloud Expansion Are Central to OVHcloud’s Plans
- OVHcloud Reports Stronger Cash Flow and Cloud Growth
- What the 110MW Reserve Means for Cloud Customers
- What Happens Next for OVHcloud?
OVHcloud Power Capacity: 250MW Connected, 140MW in Operation
In its FY2026 financial announcement, OVHcloud said its existing electrical infrastructure provides substantial room for expansion without the need to construct new sites.
The company’s chief executive, Octave Klaba, also told Reuters that the unused connected capacity allows OVHcloud to accommodate additional customer demand while competitors may need to invest in new facilities.
| Infrastructure Metric | Capacity | Reported Status |
|---|---|---|
| Total connected electrical capacity | 250MW | Connected power infrastructure |
| Capacity currently in operation | 140MW | Operating capacity |
| Remaining connected capacity | 110MW | Potential expansion headroom |
The figures describe the company’s infrastructure portfolio rather than one data center. OVHcloud has not provided a site-by-site breakdown of the 110MW reserve or specified how much of it will be allocated to AI accelerators, traditional cloud services or other workloads.
Why Connected Electricity Is Becoming a Competitive Advantage
Data-center expansion requires more than acquiring servers and networking equipment. Operators must secure an adequate electrical connection, install power-distribution and backup systems, provide sufficient cooling and commission the computing infrastructure.
Electrical grid capacity can be particularly difficult to obtain on the schedules required for large AI deployments. New facilities may face delays even when customers, financing and accelerator hardware have been secured.
A recent example is the planned Nscale AI facility in Loughton, Essex. As Servers.News reported, Microsoft withdrew from an agreement involving approximately 23,000 planned NVIDIA GB300 GPUs amid substantial electricity-grid connection delays.
OVHcloud’s situation is different. Its disclosed reserve concerns electrical capacity already connected to the company’s existing infrastructure, rather than power still awaiting a new grid connection.
110MW of Power Does Not Equal 110MW of AI Compute
Connected electrical capacity is a facility-level infrastructure measure. It should not be interpreted as installed IT load, guaranteed available GPU power or a confirmed deployment plan. Cooling requirements, power-distribution limits, server installations and operational readiness can all affect how much additional computing capacity becomes available to customers.
AI and Public Cloud Expansion Are Central to OVHcloud’s Plans
OVHcloud said its Public Cloud business generated €255.1 million in FY2026 revenue, representing 18.9% like-for-like growth. Fourth-quarter Public Cloud growth reached 24.3% on the same basis.
The company is also preparing to expand its GPU business and artificial intelligence services. Its infrastructure strategy includes further work on liquid cooling, server production and AI-specific software.
Klaba told Reuters that OVHcloud expects to introduce its first AI model in early 2027. The company is also preparing an initial pilot of OVHai Workspace, an enterprise productivity platform.
The model is expected to use a mixture-of-experts architecture, in which different specialized model components process selected tasks.
These software plans are separate from the electrical-capacity disclosure. OVHcloud has not announced a specific GPU count, accelerator model or deployment date associated with the additional 110MW.
OVHcloud Reports Stronger Cash Flow and Cloud Growth
The capacity announcement accompanied OVHcloud’s full-year financial results for the fiscal year ended August 31, 2026.
Revenue reached €1.145 billion, an increase of 7.2% on a like-for-like basis and 5.6% on a reported basis. Adjusted EBITDA reached €480.5 million, equivalent to a 42% margin.
OVHcloud also reported positive levered free cash flow of €24.7 million, compared with an outflow of €27 million in the previous fiscal year. It was the company’s first positive annual figure on that measure since its 2021 stock-market listing.
Stronger cash generation may provide greater financial flexibility for infrastructure deployment, although the company has not disclosed a dedicated investment budget for converting the unused connected electrical capacity into operational computing resources.
What the 110MW Reserve Means for Cloud Customers
For enterprise customers and infrastructure architects, the announcement indicates potential room for OVHcloud to increase capacity within its existing data-center footprint.
However, customers evaluating future deployments still need several practical details:
- Location: Which regions and data centers contain the spare connected capacity?
- Availability: When will additional compute resources become commercially available?
- Hardware: Which CPU and GPU platforms will be deployed?
- Power and cooling: How much of the reserve can accommodate high-density AI systems?
- Commercial terms: Which services and customer segments will receive the new capacity?
European cloud providers are pursuing multiple approaches to expanding AI infrastructure. In another development, Scaleway announced plans for an AMD-powered AI supercomputer in Sweden, illustrating how regional providers are investing in different accelerator architectures and deployment models.
What Happens Next for OVHcloud?
OVHcloud plans to explain its artificial intelligence strategy in more detail at an AI Summit scheduled for November 19, 2026. The next quarterly revenue update is scheduled for January 7, 2027.
The company has not disclosed a timetable for activating the entire 110MW reserve or converting that capacity into customer-facing infrastructure.
The significance of the announcement therefore lies in an existing physical resource: connected electricity capacity that can potentially support expansion without waiting for entirely new data-center sites to be built.
Whether OVHcloud can turn that advantage into additional cloud and AI computing services will depend on hardware deployment, cooling capacity, customer demand and commercial execution.
Reporting is based on OVHcloud’s October 20, 2026, FY2026 financial announcement, the company’s published strategy and independent interviews and financial reporting by Reuters. Figures describe connected infrastructure capacity and should not be interpreted as confirmed installed compute or GPU capacity.
